Developing High-Quality 2D Materials That Power Next-Generat

Scientists have been looking for materials that can substitute silicon in electronics and offer improved performance, lower power consumption, and scalability.

Related Keywords

Aimee Molineux , Jeehwan Kim , Choon Bae , Justins Kim , Postdoctoral Research Associate Yuan Meng , Semiconductors Industry , Massachusetts Institute Of Technology , Mckelvey School Of Engineering , Institute For Basic Science , Loui Mckelvey School Of Engineering , Sungkyunkwan University , Washington University In St , Intel , Image Credit , Assistant Professor , Washington University , Loui Mckelvey School , Doctoral Student Justin , Postdoctoral Research Associate Yuan , Industry Focus , Associate Professor , Massachusetts Institute , Jin Hong Park , Mechanical Engineering , Materials Science , Mckelvey School , Basic Science ,